Introducing the stunning Grayish Orange Roses with Brown Valley Upada Silk Top Printed Fabric from FAB VOGUE Studio! This beautiful fabric is made from high-quality Viscose and Upada Silk, giving it a luxurious feel and look. The pattern is a Ditsy print, featuring a delicate, intricate design of Grayish Orange Roses and Brown Valley which is sure to make a statement. Perfect for creating blouses, tops, and other garments, this fabric is sure to add a touch of elegance to any outfit.
Fabric Specifications
Fabric | Upada Silk |
---|---|
Width | 110 CM | 43 Inch |
Weight | 90 Grams per Running Meter |
Composition | Viscose |
Uses | Given the cost of the apparels, Upada Silk are used mainly during occasions of weddings, festivals and formal gatherings and also used in stitched apparel like salwar suit, kurti, top, shirt etc. |
Wash Care | Dry Clean Only |
Origin | Made In India |
Marketing & Manufactured By | FAB VOGUE Studio Pvt Ltd |
Disclaimer | Product color may slightly different due to photographic lighting sources or your monitor settings. |
- Complimentary Free shipping on all order above Rs 999*
- In case of COD shipping method we do charge only for Cash Handling on all order above Rs 999
- Surface shipping within 3 to 9 working days depending upon fabric quality you have ordered
- Dispatch time of pure or viscose fabric is 3 to 4 working days
- Dispatch time of polyester fabric is 2 to 3 working days
- Dispatch time is more because all fabrics are freshly printed on each order as per required cut length
RETURNS AND EXCHANGES
- Each fabric we shipped is printed only for you and as per your required cut length. So none of fabrics are returnable or exchangeable unless you have received wrong fabric
- Click to see conditions and procedure in our policy
Fabric you will get may not same as picture shown here due to photographic lighting sources or your monitor setting difference or due to fabric sheerness and texture. Dress Wore by Mannequin is not part of product you are buying, It is only for design Visualization.